Catalagram Articles

Number
Year
Highlights
#89
2001
  • Davison FCC Sulfur Reduction Technology-Recent Commercial Experiences
  • Meet Clean Fuels Challenges with ART™ Hydrotreating Catalyst Technology
  • NOx Reduction Technologies Commercialized
  • Beating FCC Vanadium: VANGUARD™ Momentum Builds in Asia/Pacific Resid Applications
  • e-Catalysts.com: Providing Value to the Davison Catalysts Community
  • Six Sigma: A Methodology for Informed Decision Making
  • Worldwide Equilibrium Catalyst and Supplier Share Survey
#88
2001
  • Commercialization of Davison's New Gasoline Sulfur Reduction Additive
  • High Unit Retention Critical to Efficient Operation of Power Recovery Trains
  • The FCC Unit's Place in the Worldwide Propylene Market
  • North American Equilibrium Catalyst Trends and Catalyst Performance
  • Introducing ART, Advanced Refining Technologies LLC, Hydroprocessing Catalysts from the Chevron and Grace Joint Venture
#87
2000
  • The Efficts of Iron Poisoning on FCC Catalysts
  • Using FCC Catalyst Coke Selectivity to Improve Unit Profitability
  • Calculating the Value of FCC Light Olefin Production
  • Update: Value-Added Gasoline Sulfur Reduction Strategies
#86
1998
  • Propylene Maximization with Grace Davison's ZSM-5 Technology
  • Grace Davison's New Hydroprocessing Catalyst Plant Goes Onstream
  • Worldwide Equilibrium FCC Properties
#85
1997
  • LCM Matrix Technology
    • Sets new standards for Ni Tolerance
  • Breakthrough Promoter Technology Reduces FCC NOx Emissions
  • Introducing High-Performance ZSM-5 Additives
European Catalagram
1997
  • Performance of New Catalyst Systems based on CSSN Zeolite and Selective Active Matrix Technology
  • Control of NOx in the FCCU Regeneration Field Performance of XNOx-2 Additive
  • Reliability and Technology: The FCC Expander System
  • New High-Performance ZSM-5 Additives

#84

1995
  • XP Catalysts
  • Reducing SOx Emissions
  • Residcat Catalysts
  • Worldwide Equilibrium Catalyst Survey
European Catalagram
1993
  • New SPECTRA FCC Catalysts Employ Novel Technologies
  • Commercial Performance of Super RESOC and RESOC Catalysts
  • FCC Cyclone Troubleshooting
  • Spent FCC Catalyst Disposal Options
#83
1992
  • Highlights from Grace Davison's Fifty Years of Fluid Catalytic Cracking
  • Reformulated Gasoline: Current and Emerging Catalysts
  • Trouble-Shooting FCC Standpipe Flow Problems
  • Trends in Ecat Properties
#82
1991
  • XP Xpands
    • Our New Plant in Lake Charles
    • Introducing the XP-L Series
  • Changes to the E-cat Surface Area Test
  • Equilibrium Fluid Cracking Catalyst Survey
#81
1990
  • Davison's New Orion Series
  • Increasing Isobutylene in the FCC
  • Additive O-HS: Davison's Octane/Olefin-Enhancing Additive
#80
1990
  • Z-14G Catalysts
  • Davison's Statistical Process Control Program
  • Licensing of the Davison Circulating Riser Pilot Plant
#79
1989
  • Davison's XP Series of Fluid Cracking Catalysts Delivers Octane Barrels with Selective Bottoms Cracking
  • Announcing a Change in Davison's Equilibrium Microactivity Test
  • Comments on the Equilibrium Fluid Cracking Catalyst Survey
#78
1988
  • FCC Catalyst Design Considerations for Resid Processing - Part 2
  • Davison's Rail Car Fleet Preventive Maintenance Program
  • Index of Catalagram Articles
  • Equilibrium Fluid Cracking Catalyst Comments
#77
1988
  • 1987 Survey of Residuum Fluid Catalytic Cracking - U. S. and Canada
  • Davison's XP Series - Setting New Standards
  • FCC Catalyst Design for Resid Processing - Part 1
#76
1987
  • Effect on Feed Properties on the Optimization of FCC Catalysts for Bottoms Reduction
  • Questions Frequently Asked
    • What causes diolefin formation in the FCC?
    • What is the current status of dispersion steam usage in feed nozzles?
    • Lead poisoning of combustion promoter is well-known, but does lead have any adverse effect on the cracking catalyst?
#75
1987
  • A New Era for the Coke-Selective Fluid Cracking Catalyst
  • Coke Selectivity Fundamentals
  • Davison's New DXB Family: Coke Selectivity with Enhanced Bottoms Cracking
#74
1986
  • Catalytic Octane from the FCC
#73
1985
  • The Effect of Coke-Selective Catalysts on Fluid Cat Cracking
  • Coke-Selective Cracking Catalysts for the FCC
#72
1985
  • Commercial Performance of Octane-Enhancing Fluid Cracking Catalysts
  • Fluid Cracking Catalysts to Enhance Gasoline Octane
#71
1985
  • Additive R for SOx Reduction
  • Effect of Reactor Temperature on FCC Products
#70
1984
  • Davison Begins New Equilibrium Catalyst Trends
#69
1984
  • High Octane and Low Coke
  • Producing Light Cycle Oil in the Cat Cracker
  • GX-30: Meeting the Challenge
  • Questions Frequently Asked
    • What has been the operating experience with power recovery systems used on FCC regenerator off gases, with particular emphasis on fines disposition around flue gas slide valves and turbo expander?
    • What fines removal equipment has been used upstream?
    • What type of oil injection nozzles are being used for gas oil and/or resid?
    • What factors (feedstock, catalyst, operation) affect coke buildup in reactor cyclones, top head or reactor vapor line? How have these problems been resolved?
    • What is the experience on the effect of reprocessing coke naphtha and slurry on the quality and distribution of FCCY products?
    • What reactor-regenerator condition and/or feedstocks (resid, coker gas oil) lead to significant diolefin production?
#67
1983
  • DA Catalysts Sweep Industry
  • Questions Frequently Asked
    • Can high dilute phase or cyclone temperatures in the regenerator be avoided when crossing over from a promoted "Complete CO Combustion" operation to a promoted "Partial CO Combustion?"
    • Can any harm be done to an FCCU regenerator by the addition of excessive amounts of CO combustion promoter?
    • What are the factors affecting catalyst particle size distribution in an FCCU? Can operating variables be adjusted to increase or reduce the 0-40 micron particle size generation?
    • Has anyone made a study of using blended catalysts in commercial FCC units to tailor the catalyst for specific feedstocks?
#66
1983
  • Davison 1982 Survey of Residuum Fluid Catalytic Cracking in the U.S.
  • DA Scores Major Successes in U.S. and Europe
#65
1982
  • Optimize Catalyst Replacement Rate When Cat Cracking Resid
  • The Effect of Alkali and Alkaline Earths on Zeolitic Cracking Catalysts
#64
1982
  • Questions Frequently Asked About Cracking Catalysts
#63
1981
  • Update on Fluid Catalytic Cracking Trends
  • More About Davison's Equilibrium Fluid Cracking Catalyst Analysis Program
#62
1981
  • Canadian FCC Trends in the Early 1980's
  • Davison Survey of Fluid Catalytic Cracking of Residuum
  • Four Strategically Located Manufacturing Plants Allow Davison to Serve the Refiner Best
  • Questions Frequently Asked
    • What yield and conversion shifts can be expected as heavy metals accumulate on FCC catalysts?
#61
1980
  • Process and Quality Assurance Departments Set and Monitor Tight Controls on FCCs and Molecular Sieves
  • Particle Size Distribution Analysis via Laser Beam
  • We've Got You Covered
  • Questions Frequently Asked
    • What factors affect cyclone collection efficiency?
#60
1980
  • Davison Super D Now the World's Standard Fluid Cracking Catalysts
  • Davison Chemical Survey of U.S. Fluid Cat Crackers
  • Davison Welcomes Carbon to the Quarterly Fluid Cracking Catalyst Survey
  • Questions Frequently Asked
    • What effect will varying regenerator pressure have on carbon-on-regenerated catalysts?
#59
1980
  • Cat Cracker Heat and Material Balance Calculation
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